Location: Stuttgart, Germany
The State Theatre Stuttgart is one of the most successful and renowned operas and theatres in Germany. A new ventilation system ensures a good climate at rehearsal. Relevant control values are transferred between the ventilation system and the building control technology (BCT) using a BACnet interface. The great advantage of BACnet for the operator: It can work independently of protocol with various manufacturers. The control of the air conditioning and ventilation unit, working with components from SE-Elektronic, easily cooperates with the BACnet-capable GLT.
The State Theatre Stuttgart, one of Germany’s most prestigious opera and theatre venues, has upgraded its rehearsal spaces with a modern ventilation system. This system ensures optimal climate conditions for performers and staff. A BACnet interface enables seamless communication between the ventilation system and the building control technology (BCT), allowing for efficient data exchange and system coordination.
The integration of BACnet-based control has significantly improved the indoor climate during rehearsals, enhancing comfort and performance conditions. The system’s interoperability allows the theatre to work with components from various manufacturers, including SE-Elektronic, without being tied to a single protocol. This flexibility ensures long-term scalability and ease of maintenance.
By implementing a smart, interoperable ventilation system, the State Theatre Stuttgart has taken a step toward more sustainable building management. The BACnet protocol supports energy-efficient operation and reduces the need for proprietary systems, lowering long-term environmental and financial costs. This contributes to a healthier indoor environment and aligns with modern sustainability standards in cultural institutions.
Active temperature sensor for F-bus with freely programmable LEDs, push button and potentiometer, self-calibrating.
7“ capacitive touch display with protection level IP23 and pre-installed SE-Kiosk app for control and visualization of process data of the automation stations (e.g. E-DDC2.3)
Freely programmable modular DDC unit for regulating, controlling, monitoring and optimising systems for building automation.
